Features

Organized by what you want to do. Each item links to the user manual. See the Window Reference for each window.

Observe the bus

Feature	Description	Manual
Trace	Scrolling or event view of CAN, LIN and MeLiBu traffic, with signal decoding, filters and triggers	Trace
Signal graph	Signals in separate lanes, with measurement cursors, CSV export and recorded log viewing	Trace
Bus statistics	Bus load, frame rate, frame types, error classes and per-ID cycle times	Trace
CAN errors	Errors appear as separate events with reason and error counters	Troubleshooting

Trace: CAN and LIN frames over time, with message names from a DBC and filters by ID, direction and content

Signal graph: physical values and enum states in separate lanes, current values on the left, with measurement cursors and CSV export

Bus statistics: load, frame rate, frame types and error classes, with cycle times per ID

Simulate nodes

Feature	Description	Manual
CAN send	Manual or periodic transmit, with messages added from a DBC and edited by signal	CAN
Node simulation	Simulate nodes and periodic messages from a DBC or LDF	Bus configuration
LIN master	Custom or LDF schedules, including event-triggered and sporadic frames	LIN
LIN slave	Response table and bus monitoring	LIN
MeLiBu send	Import an MBDF, edit frames by signal and preview the encoding	PC Scripts
MeLiBu schedule	Run MBDF schedules or .mbdfscr scripts with progress and timing deviation	PC Scripts
E2E	CAN transmit protection and CAN and LIN receive checks, with AUTOSAR Profiles 1, 2, 5, 6, 11, 22 and custom CRC	Window Reference

CAN send: set ID, length, period and data, then send manually or periodically

Bus configuration: manage CAN, LIN, MeLiBu and other interfaces, and bind DBC, LDF, MBDF files and nodes

LIN schedule: configure headers and responses from a custom or LDF schedule

MeLiBu schedule: run MBDF schedules or scripts with order and timing listed

Log and replay

Feature	Description	Manual
Logging	Bus logs in BLF and ASC, UART logs as text	Logging
Online replay	Send a log onto the bus with its original timing	Replay
Offline analysis	Replay a log into Trace and graphs without a device	Replay

Logging: choose buses, output folder and file name rules

Replay: choose a log file and range, then send it online or analyze it offline

Automate

Feature	Description	Manual
Variables	Project variables, with CANoe .vsysvar import and export	Variables
Panels	Control panels bound to signals and variables, with CANoe .xvp import	Panels
PC scripts	TypeScript or JavaScript that reacts to frames and reads and writes signals and variables	PC Scripts
Device Python	Simple Python scripts on the device	Python
Programming and flashing	The device provides a CMSIS-DAP interface; Python scripts can load FLM algorithms to program target chips, and products with a built-in bootloader can be flashed over LIN, CAN or CAN FD	Flash an ECU
Command line	Drive the device from scripts and CI, with JSON output and exit codes	Developers
AI-assisted changes	AI tools change projects, control measurement and read Trace through MCP	Developers

Variables: project variables by namespace, with CANoe variable file import and export

Panels: bind sliders, lamps and inputs to signals and variables

Python: device script editor and REPL, with the available API listed on the left

Tools

Feature	Description	Manual
Code generation	Generate C interfaces from a DBC or LDF	Tools
Firmware conversion	Convert HEX, BIN and S19, and calculate or insert CRC32 and SHA256	Tools
Log conversion	Convert between log formats	Tools
COM debug	Standalone serial debug window	Tools
Device firmware update	Check the firmware version and update it	Tools

Code generation: generate C interfaces from a DBC or LDF

Log conversion: convert between BLF and ASC

FirmwareConvert: convert HEX, BIN and S19, and calculate or insert checksums